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NTPOD115 Three-Axis Airborne EO IR Camera for UAV
The NTPOD115 is an industrial-grade, three-axis gyro-stabilized eo ir camera for uav integration designed for uninterrupted day and night remote observation. Built around a co-axial multi-spectral optical block, this flight-ready payload combines high-definition visible optics with low-noise thermal infrared technology inside a robust, resilient enclosure.
- Optical Sensor Block: 1920×1080 resolution visible array coupled with a fixed-focal length 640×512 uncooled thermal matrix.
- Stabilization Mechanism: Active triaxial servo-driven gimbal providing continuous N×360° pan rotation.
- Physical Profile: Circular enclosure measuring ≤Φ115mm×172mm with a total structural mass of ≤1.0kg.
- Data Connectivity: Integrated Fast Ethernet bus supporting RTSP digital streaming alongside serial control channels.
NTPOD115 EO IR Camera for UAV Integration Profile
Deploying a high-performance eo ir camera for uav airframes demands extreme structural efficiency and real-time active line-of-sight stabilization to counteract high-frequency aerodynamic vibrations. The NTPOD115 addresses these rigorous payload criteria through an advanced optical-mechanical-electrical integration framework, packing an uncooled long-wave infrared thermal sensor and a specialized high-definition visible light matrix into a streamlined three-axis stabilized gimbal. This specialized multispectral eo ir camera for uav framework ensures unified imagery and spatial analytics across varying illumination thresholds, making it highly effective for specialized industrial surveillance, utility corridor mapping, and midstream pipeline infrastructure monitoring. By migrating sensor raw telemetry into an onboard vision computer, the network edge subsystem executes real-time machine vision routines natively.
Commercial system integrators benefit from an open-architecture communication interface engineered into this eo ir camera for uav, streamlining rapid deployment across multi-rotor and fixed-wing industrial drone fleets. The integrated triaxial servo assembly maintains an ultra-low stabilization window even during aggressive flight maneuvers or high-speed edge tracking sequences. By ensuring zero parameters are lost between the hardware optics and the digital network stream, this robust eo ir camera for uav payload guarantees reliable situational awareness during emergency search and rescue operations, commercial maritime monitoring, and comprehensive industrial thermal inspection campaigns.
NTPOD115 EO IR Camera for UAV Primary Functions & Capabilities
- Advanced Multispectral Imagery: This high-resilience eo ir camera for uav fuses a 1080P visible light CMOS sensor with a high-sensitivity 12μm LWIR microbolometer core to deliver synchronized day-and-night observation capabilities over critical commercial infrastructure.
- Continuous Optical Zooming: Features a wide-range f=4.3mm to 129mm adjustable focal assembly, providing the eo ir camera for uav with a smooth 30x magnification window to identify structural anomalies without endangering the flight platform.
- Active Triaxial Gyro-Stabilization: Utilizes high-frequency inertial sensors and brushless direct-drive motors to maintain precise line-of-sight stabilization of ≤100urad across full N×360° panning, -120° to +40° tilting, and ±45° rolling profiles.
- Edge-Computing Target Tracking: Onboard embedded algorithms drive this eo ir camera for uav to track a designated moving asset at ≥50FPS, maintaining target lock across high angular velocities up to ≥60°/s.
- Multi-Asset Concurrent Analytics: Processes real-time visual vectors to monitor up to 20 industrial objects simultaneously, maintaining a ≥90% recall rate for automated asset auditing and perimeter protection.
- High-Resilience Video Protocol Stream: Encodes multi-channel video via H.264/H.265 compression, outputting synchronous RTSP streams over Fast Ethernet while storing master footage to an onboard 128GB flash card.
NTPOD115 EO IR Camera for UAV Technical Data Matrix
| Visible Light Sensor Engineering Parameters | |
| Sensor Primary Classification | High-Magnification EO IR Camera for UAV Module |
| Spectral Bandwidth Range | 0.4μm~0.9μm |
| Native Pixel Resolution | 1920×1080 Pixels |
| Focal Length Configuration | f=4.3~129mm |
| Horizontal Field of View (FOV) | 63.7°~2.3° Range |
| Optical Zoom Window | 30X Continuous |
| Sensing Ranges (Human Target) | Detection: 6km / Recognition: 1.5km |
| Sensing Ranges (Vehicle Target) | Detection: 15km / Recognition: 9km |
| Infrared Thermal Sensor Engineering Parameters | |
| Thermal Spectral Bandwidth | 8μm~14μm |
| Thermal Matrix Resolution | 640×512 Pixels |
| Pixel Pitch Geometry | 12μm |
| Thermal Lens Specification | 25mm / F1.2 |
| Angular Field of View (FOV) | 17.3° × 13.8° |
| Thermal Ranges (Human Target) | Detection: 0.7km / Recognition: 0.25km |
| Thermal Ranges (Vehicle Target) | Detection: 3.1km / Recognition: 1km |
| Kinematic Stabilization Performance | |
| Pan Control Range | N×360° Infinite Continuous Rotation |
| Tilt Control Range | -120°~40° Travel Envelope |
| Roll Control Range | -45°~45° Correction Axis |
| Line-of-Sight Stable Accuracy | ≤100urad |
| Maximum Slew Velocity | ≥60°/s |
| Maximum Dynamic Angular Acceleration | ≥150°/s² |
| Single Target Tracking Machine Vision | |
| Target Type Classification | General moving assets |
| Tracking Velocity Threshold | ≥32 pixels/frame capacity |
| Control Loop Update Rate | ≥50FPS |
| Multi-Target Tracking Analytics Core | |
| Supported Entity Types | Human, Vehicle, Vessel, Aircraft |
| Statistical Recall Rate | ≥90% |
| Statistical Tracking Precision | ≥80% |
| Minimum Target Matrix Size | 32×32 @1080P |
| Maximum Concurrent Tracking Quantity | ≥20 Intercept Blocks |
| Internal Tracking Jitter Rate | ≤15% |
| Telemetry Update Rate | ≥20FPS |
| Data Compression & Storage | |
| Still Image Asset Output | JPEG Format |
| Continuous Video Output Encapsulation | MP4 Container |
| Compression Codec Standards | H.264, H.265 Baseline/Main Profile |
| Network Streaming Base Protocols | RTSP, UDP Broadcasting, etc. |
| Integrated Solid-State Media Flash | 128GB Capacity |
| System Electrical & Environmental Tolerances | |
| Physical Envelope Dimensions | ≤Φ115mm×172mm |
| Operational Structural Mass | ≤1.0kg Total Assembly Weight |
| Operational Voltage Input | 11~28VDC Regulated Bus |
| Power Consumption Footprint | 15W (Average) / 50W (Peak dynamic stall) |
| Primary Command Interfaces | Serial Port, Fast Ethernet UART |
| Digital Video Interface Link | Fast Ethernet Bus |
| Operational Ambient Thermal Limits | -20℃~60℃ |
| Non-Operational Storage Thermal Limits | -40℃~70℃ |
NTPOD115 EO IR Camera for UAV Corridor Mapping & Inspection Scenarios
- Midstream Asset Leak Detection: Deploying the 12μm eo ir camera for uav platform tracks precise thermal variations along cross-country pipeline infrastructure to locate early gas or fluid escape paths.
- Commercial Utility Corridor Mapping: Flying high-altitude inspection patterns allows the 30x optical zoom lens of this eo ir camera for uav configuration to monitor high-voltage insulator deterioration while keeping the aircraft at a safe standoff distance.
- Maritime Search and Rescue Ops: Combining multi-spectral streams provides automated tracking of commercial vessels and personnel across marine environments under zero-visibility night conditions.
- Critical Infrastructure Environmental Safety: This integrated eo ir camera for uav framework captures early thermal signatures for forest fire prevention and automated hotspot tracking across industrial chemical storage yards.
Quick-Disconnect & Advanced Telemetry Scaling Options: This three-axis gyro-stabilized airborne payload coordinates 30x continuous optical zooming with long-wave infrared tracking. For industrial observation frameworks requiring an integrated laser telemetry core or modular quick-release mechanics on standardized commercial drone frames, analyze the technical assets of our NTPOD125B Electro-Optical Pod or scale up to our high-magnification NTPOD305 Laser Rangefinder Gimbal Camera portfolio to acquire updated multispectral mapping blueprints.
SWaP-C Weight Containment & Micro-Enclosure Alternatives: If your commercial unmanned flight platform operates within rigid weight budgets or requires aggressive platform minimization below 300 grams, cross-reference the sensor matrices of our dual-axis NTPOD80 Miniature Electro-Optical Sensor Pod or evaluate the ultra-lightweight NTPOD64 Three-Axis Gyro-Stabilized Micro Pod parameters to secure optimal payload runtime efficiency.
